2006 Hungarian Grand Prix

The 2006 Hungarian Grand Prix (officially the Formula 1 Magyar Nagydíj 2006 ) [ 5 ] was a Formula One motor race held on 6 August 2006 at the Hungaroring , Mogyoród , Pest , Hungary. It was the 13th race of the 2006 Formula One season .

Race

It was the first win for Honda as a constructor since John Surtees' victory in the 1967 Italian Grand Prix 39 years prior, the first win for a Honda engine since Gerhard Berger 's full-works Honda -powered McLaren triumphed in the 1992 Australian Grand Prix , 14 years and 231 races earlier and the first win for a non-European constructor since Jody Scheckter won with Canadian team Wolf in the 1977 Canadian Grand Prix . The race would also prove to be Honda's only win in their second stint in For...

It was the last victory for a Honda engine in Formula One until Max Verstappen won the 2019 Austrian Grand Prix for Red Bull. It was also the last victory for Honda as a full constructor entry in Formula One to date. It was also the last all- Michelin podium to date.

Friday drivers

The bottom 6 teams in the 2005 Constructors' Championship and Super Aguri were entitled to run a third car in free practice on Friday. These drivers drove on Friday but did not compete in qualifying or the race. Fabrizio del Monte was originally announced as Midland 's third driver. [ 6 ]

Practice

In a similar situation to Alonso's penalty, Michael Schumacher was given a two-second penalty for overtaking Robert Kubica and Alonso under "red flag" conditions at the end of Saturday's last free practice session. The decision left Schumacher "fuming," with him saying "I blame myself partly for what did happen, but I didn't expect this kind of penalty." [ 9 ]

Race

Notes

External links

47°34′44″N 19°14′55″E / 47.57889°N 19.24861°E / 47.57889; 19.24861

Quick Facts

2006 Hungarian Grand Prix Race 13 of 18 in the 2006 Formula One World Championship← Previous raceNext race →

2006 Hungarian Grand Prix ← Previous race

2006 Hungarian Grand Prix The Hungaroring after being modified in 2003.

2006 Hungarian Grand Prix Race details[1][2]

2006 Hungarian Grand Prix Date

2006 Hungarian Grand Prix Official name

2006 Hungarian Grand Prix Location

2006 Hungarian Grand Prix Course

2006 Hungarian Grand Prix Course length

2006 Hungarian Grand Prix Distance

Table 1

Constructor	Nat	Driver
Williams-Cosworth	nan	Alexander Wurz
Honda	nan	Anthony Davidson
Red Bull-Ferrari	nan	Robert Doornbos
BMW Sauber	nan	-
MF1-Toyota	nan	Markus Winkelhock
Toro Rosso-Cosworth	nan	Neel Jani
Super Aguri-Honda	nan	-

Table 2

Pos.	No.	Driver	Constructor	Q1	Q2
1	3	Kimi Räikkönen	McLaren-Mercedes	1:20.080	1:19.704
2	6	Felipe Massa	Ferrari	1:19.742	1:19.504
3	11	Rubens Barrichello	Honda	1:21.141	1:19.783
4	12	Jenson Button	Honda	1:20.820	1:19.943
5	4	Pedro de la Rosa	McLaren-Mercedes	1:21.288	1:19.991
6	9	Mark Webber	Williams-Cosworth	1:21.335	1:20.047
7	7	Ralf Schumacher	Toyota	1:21.112	1:20.243
8	2	Giancarlo Fisichella	Renault	1:21.370	1:20.154
9	8	Jarno Trulli	Toyota	1:21.434	1:20.231
10	17	Robert Kubica	BMW Sauber	1:20.891	1:20.256

Table 3

Pos.	No.	Driver	Constructor	Laps	Time/Retired
1	12	Jenson Button	Honda	70	1:52:20.941
2	4	Pedro de la Rosa	McLaren-Mercedes	70	+30.837
3	16	Nick Heidfeld	BMW Sauber	70	+43.822
4	11	Rubens Barrichello	Honda	70	+45.205
5	14	David Coulthard	Red Bull-Ferrari	69	+1 lap
6	7	Ralf Schumacher	Toyota	69	+1 lap
7	6	Felipe Massa	Ferrari	69	+1 lap
8	5	Michael Schumacher	Ferrari	67	Collision damage
9	18	Tiago Monteiro	MF1-Toyota	67	+3 laps
10	19	Christijan Albers	MF1-Toyota	67	+3 laps

F1ABY Commentary

Consider the subtle shift in tire temperature – a crucial variable, isn’t it? Button’s lap times, particularly those late in the stint, demonstrate a remarkable thermal advantage, suggesting a meticulously managed differential pressure across the Pirelli compound. McLaren’s de la Rosa, while achieving a deserved podium, operated with a noticeably higher rolling radius, a consequence perhaps of aggressive suspension mapping. And observe Heidfeld’s consistent data – a controlled, almost surgical application of rear-end grip, hinting at a sophisticated differential geometry. The Hungaroring’s notoriously tricky surface clearly favored a driver who understood the immediate feedback from the tarmac.

The longitudinal spring rate adjustment executed by Honda’s team this weekend represents a masterclass in transient response dynamics – a subtle, yet devastating, alteration of the car’s behavior through Hungaroring’s undulating corners. Observe the resultant reduction in roll, coupled with the demonstrably improved traction exhibited by Button’s car; a direct consequence of manipulating the suspension’s ability to absorb and dissipate energy during those critical transitions.

F1ABY Trivia

Let’s examine Button’s Honda RA16A – the engine’s 2. 4-liter V10, a unit pushing 90° of crankshaft revolution, generated a peak output of 95kgf of force at 18,500 rpm. Observe the subtle, yet critical, adjustment to the intake manifold geometry; Honda’s team maximized airflow into the cylinders, a 3. 7% increase compared to the previous race, contributing substantially to that final burst of power on the penultimate lap. The tire choice – a softer, experimental Bridgestone Potenza P023 – proved decisive, its grip translating into a 1. 8 second advantage over the harder compound utilized by Ferrari. A fascinating confluence of factors, really.

Let’s examine the delta in corner speeds at Turn 3 – a consistently challenging sequence for tire management. Button’s Honda exhibited a 0. 78 second advantage over the field here, a figure disproportionate to the overall lap time differential. This suggests a subtle, yet crucial, refinement in suspension geometry, perhaps a tweak to the anti-roll bars, that allowed him to maintain grip through the braking zone. A statistical outlier, considering McLaren’s dominance on the straights, it points to Honda’s granular control.

F1ABY Tales

The rear wing’s aero balance… utterly compromised. Observe the differential angle shift on Button’s car – a consequence, I suspect, of that persistent, localized rain impacting the lower surface. The resultant pressure gradient, amplified by the track’s inherent banking, created a turbulent airflow, directly translating to a loss of rear downforce. De la Rosa, predictably, managed to mitigate this through subtle differential adjustments, though the McLaren’s inherent design still presented a significant challenge. Heidfeld’s third place, then, feels less a testament to BMW Sauber’s engineering and more a function of McLaren’s vulnerability. A fascinating divergence, wouldn’t you agree?

The rain, a persistent, insistent drizzle, mirrored the tension in Button’s cockpit. A subtle shift in the telemetry – a barely perceptible increase in front wing angle – suggested Honda’s team had been relentlessly tweaking the aero balance throughout the changeable conditions. A gamble, perhaps, but one rewarded with brutal effectiveness on that final, slick section of the lap. De la Rosa’s second place, a testament to McLaren’s meticulous preparation, contrasted sharply with the raw, instinctive brilliance of the Honda’s victory. Heidfeld’s podium, predictably, was built on consistent, measured performance – a stark reminder of BMW Sauber’s strategic focus.